We Design and Optimize
Equipment, Systems, and Structures
Advanced Numerical Simulation and Computational Analysis for efficiency, sustainability, and innovation.
FEA/ FEM Simulation
FEM / CFD Simulations Tailored to Each Project
FEA – Finite Element Analysis
The Finite Element Method (FEM) is a powerful numerical technique for solving complex engineering problems where traditional differential equations are impractical or unsolvable analytically.
In structural engineering, Finite Element Analysis (FEA) is a critical tool for predicting how a design will perform under various loading conditions. It is essential for the design and verification of:
ara el diseño y verificación de:
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Countries
Industrial Sectors Covered:
Metal structures
Pressure equipment
Silos and tanks
Cranes and lifting systems
Heavy machinery
Piping systems
Solar structures
Welded joint design
Vibration analysis
Component optimization
Other Applications:
Topological design optimization
Validation of parts made by additive manufacturing
Prosthesis design
Cardiovascular behavior simulation
Medical device design
Simulation of biological processes and structures
FEM Capabilities Include:
Static structural analysis
Thermal analysis (steady-state and transient)
Dynamic analysis (modal, harmonic, spectral, PSD, explicit, etc.)
Nonlinear analysis (geometric, material, or boundary condition nonlinearity)
Remaining life, fatigue, and creep-fatigue evaluation
Fracture mechanics simulation
CHT (Conjugate Heat Transfer)
Welding process simulation and PWHT analysis
Composite materials, joints, and non-metallic materials analysis
Topology optimization
MBD – Multibody Dynamics
Development of custom tools for automation and process optimization
Some of
Our Solutions
Railway
- Frames ˗ supporting structures
- Cabins and wagons
- Suspension systems ˗ rolling systems
- Determination of aerodynamic coefficients
- Evaluation of vibration phenomena
- Simulation of load states (wind, tunnel entrances and exits, train passage, etc.)
- Analysis of ventilation and air conditioning systems
Naval & Defense
- Submarine hull
- Evaluation of elements of the sealed casing (horn shutter, filters, actuators, etc)
- Structural behavior evaluation of hatches
- Design and calculation of piping and duct systems
- Evaluation of pipe components and online elements (valves,
- Pressure equipment (exchangers, vessels, …)
- Dynamic and rotating equipment
- Charging elements
- Evaluation of components with some type of defectology (ovalizations, deformations, loss of thickness, cracks, …)
- Performance of tests
- CFD analysis (internal and external flows)
- Simulation of welding processes
- Root-cause analysis
- Hydraulic and pneumatic system
Oil & Gas
Automotive
- Structural elements
- Engines
- Valves
- Braking systems
- Ventilation systems
- Additive manufacturing
- Topological optimization
- Welding
- Defectology
- Root-cause analysis
- Prototype production
- Impact simulation
- Vibration and noise analysis
- Outdoor aerodynamics
- Refrigeration / climate systems
- Hydraulic systems, pneumatic
- OEM / ODM products
- Industrial vehicles and cargo vehicles (frames, cargo containers, refrigerated containers, etc.)
- Tooling for assembly lines
- Lifting systems
- Paint booths (interior aerodynamics)
Energy Generation
- Structural integrity
- Fluid dynamic simulation (indoor and outdoor)
- Asset assessment
- Fitness for service analysis
- Root cause analysis
- Chimneys and torches
- Boiler equipment:
- By-pass systems
- Diverters
- Dampers
- Valves (guillotine, butterfly, etc.)
- Gas distributors
- Silencers
- Large diameter ducts
- Pressure equipment
- Exchangers
- Other parts of the equipment
Renewable Energy
- Solar trackers (1 or 2 axis solar trackers)
- Concentration structures (parabolic through collector, heliostato, stirling dish, HCPV, etc.)
- Fixed solar structures
- Piping system
- power plants (static equipment and exchangers)
- Dynamic and rotating equipment
- Hydraulic systems (valve)
- Electrification systems
- Wind generators (foundation, towers, bushings, transmission systems, etc.)
- Behavior of screwed joints
- Assessment of useful life or remaining life
- Preventive and corrective maintenance plan
- Root cause analysis
- Definition of the plan of corrective measures
Big structures, special and modular structures
- Steel structures
- Industrial roofs
- Cranes / bridges cranes
- Port cranes
- Channeling infrastructures
- Communication and electrification towers
- Flat or space structural systems composed of bars, plates, walls, sheets, solids and contact elements
- Singular buildings (hangares, etc.)
- Design of modular structures (industrial warehouses, agricultural and livestock warehouses, greenhouses, awnings and canopies, etc.)
- Structures of labeling and corporate image
- Simulation of screwed joints
- Welding process simulation
Lifting equipment, transportation, and cargo handling
- Load lifting systems
- Cranes / bridges crane
- Lifting platforms and benches
- Sts, rtg cranes (port cranes)
- Forklifts
- Conveyor belts
- Work platforms
Piping Systems
- Stress and flexibility analysis
- Support design
- Special pipes (large diameters, large thicknesses, non-conventional geometries, etc.)
- Online element analysis (TEES, connections, valves, etc.)
- Definition and analysis of expansion joints and compensators (metallic, textiles)
- Analysis of elements under critical loads (high pressures and high temperatures)
- Analysis of thermal trace systems
- Analysis of elements under external pressure or vacuum
- Root cause analysis and fault detection
- Inspection (thickness measurement, 3d scan, corrosion, etc.)
- Definition of measure plan
- Preventive and corrective maintenance
Ducts
- Design and simulation of:
- By-pass systems
- Diverters
- Dampers
- Valves
- Gas distributors
- Silencers
- Large diameter conduits
- Design of support systems
- Online element analysis (tees, connections,
- Valves…etc)
- Definition and analysis of expansion joints and
- Compensators (metallic, textiles)
- Analysis of elements under critical load(high pressures and high temperatures)
- Analysis of elements subject to external pressure or vacuum.
- Fluid dynamic simulation
- Root cause analysis and fault detection
- Inspection (thickness measurement, 3d scan,
- Corrosion, etc.)
- Definition of measure plan
- Preventive and corrective maintenance
Urban & Industrial Furniture
- Lighting and lighting system (scales, columns and luminaires)
- Sewer systems, covers, grids …
- Canopies and pergolas
- Urban furniture
- Recreational furniture (children’s parks and sports furniture)
- Industrial storage systems
- Palletization shelves
- Industrial stairs
- Metallic and wood cabinets
- Modular and configurable furniture
- Stands
- Tents
- Structures of labeling and corporate image
- CE marking
Architecture & civil works
- Buildings / singular buildings
- Covers
- Lifts and staircase
- Electrical equipment containers
- Channeling infrastructures
- Purification of plants
- Adaptation of existing warehouses
- Ventilation and air conditioning systems
- Fire doors
- Explosion doors and windows
- Dynamic analysis and vibrations by resonances
- Seismic analysis
Design & Calculation of joints
WELDED JOINTS
- Simulation of welding processes
- Strength calculation of welds
- Construction details design
BOLTED JOINTS
- Design and calculation of conventional screwed joints
- Design and calculation of special screwed joints
- Friction joints
- Definition of tightening torques
- Definition of procedure and tightening sequences
- Conventional screws and high strength screws
- Fatigue calculation
- Palletization shelves
FLANGED JOINTS
- Design and calculation of the joint flanges
- Screw dimensioning
- Definition of tightening torques
- Definition of procedure and tightening sequences
- Assessment of the sealing of the joint
- Base plates and anchoring systems to concrete
Non-metallic Materials
- Pressure vessels cpr
- Design of plastic parts and components
- Design of reinforced polymeric or plastic parts and components
- Plastic injection process simulation
- Material search
- Materials check
- Design of reactors and equipment for plastics production
